CN105517626A - Visual training device control method, and visual training device - Google Patents
Visual training device control method, and visual training device Download PDFInfo
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- 238000000034 method Methods 0.000 title claims abstract description 56
- 230000000007 visual effect Effects 0.000 title abstract description 10
- 230000033001 locomotion Effects 0.000 claims abstract description 68
- 238000002645 vision therapy Methods 0.000 claims description 87
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- 230000037147 athletic performance Effects 0.000 claims description 2
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- 230000008901 benefit Effects 0.000 abstract description 2
- 230000001276 controlling effect Effects 0.000 description 10
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- 238000006243 chemical reaction Methods 0.000 description 6
- 238000000819 phase cycle Methods 0.000 description 6
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- 210000001747 pupil Anatomy 0.000 description 2
- 230000004308 accommodation Effects 0.000 description 1
- 238000001467 acupuncture Methods 0.000 description 1
- 208000003464 asthenopia Diseases 0.000 description 1
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- 230000004379 myopia Effects 0.000 description 1
- 208000001491 myopia Diseases 0.000 description 1
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- 230000001105 regulatory effect Effects 0.000 description 1
- 238000005496 tempering Methods 0.000 description 1
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H5/00—Exercisers for the eyes
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Abstract
Provided is a visual training device, comprising a display device, a drive device driving the display device, a processor connected to the display device and the drive device, a button connected to the processor, and an observation window for observing the display device. The visual training device control method comprises the following steps: S1: according to a mode selection instruction inputted by the button, the processor outputs a movement control instruction and/or a playback control instruction; S2: according to the movement control instruction, the drive device drives the display device to move in accordance with the movements corresponding to the mode selection instruction; and/or S3: according to the playback control instruction, the display device displays a corresponding video signal. The control method can, according to the different eye states of a user, adjust the manner of movement of the display device to yield different training and improve training effectiveness, and also has the advantages of ease of use and adaptability to different requirements.
Description
Technical field
The present invention relates to vision training apparatus, more particularly, relate to a kind of control method of vision training apparatus and use this control method.
Background technology
Myopia, weak tendency are the common diseases of present people, have become social question of common concern.For this reason, market there is various vision training apparatus.Vision training apparatus is in the market worn on head mostly, and what have massages eyes and Surrounding muscles thereof by modes such as air pressure, alleviates eye strain, what have carrys out simulated acupuncture manual massage eye peripheral point by electricity irritation and carrys out fatigue alleviating, what have glimmers by replacing, the sighting target lamp varied in color is to temper visual experience system, as Chinese utility model patent 201020510120.3, 200520023334.7, 201220022494.X, by on a left side, respectively there is a hole position, right eye bulb, an eye socket is respectively filled in hole, lens are housed in one through hole of eye socket, scioptics can be observed the left side that enclosure interior is placed, right two row sighting target lamps light situation, two row sighting target lamps are arranged about two eye pupil pitch-row centrosymmetry in housing, and and pupil distance center and horizontal plane each angled, by observing the situation of change lighting sighting target lamp, effective regulating power of tempering eyes, further by arranging air bag, electrode etc., utilizing air pressure or galvanism to massage, reaching tired effect of releiving.
But the sighting target lamp of these vision training apparatus existing is all fixedly installed, just carry out visual exercise by the order of lighting of sighting target lamp, its training effect is bad, and the function of visual accommodation is limited.
Summary of the invention
The technical problem to be solved in the present invention is, provides a kind of motion that can adjust display device as required, improves the control method of the vision training apparatus of visual exercise effect.
Another technical problem that the present invention will solve is, provides a kind of motion that can adjust display device as required, improves the vision training apparatus of visual exercise effect.
The technical solution adopted for the present invention to solve the technical problems is: the control method constructing a kind of vision training apparatus, and described vision training apparatus comprises display device, drives the driving device of described display device movement, the processor be connected with described display device and driving device, the button be connected with described processor and the watch window observing described display device; Comprise the following steps:
S1: described processor according to the mode selection command of described key-press input export motion control instruction and/
Or Play Control instruction;
S2: described driving device according to described motion control instruction drive described display device according to described mould
The corresponding athletic performance campaign of formula selection instruction; And/or
S3: the video signal that described display device is corresponding according to described Play Control instruction display.
In the control method of vision training apparatus of the present invention, described driving device comprises can the motor of rotating; In described step S2, comprising:
S2-1: control described motor according to described motion control instruction and rotate forward in first time period (T1), drive described display device to move towards first direction;
S2-2: control described motor according to described motion control instruction and stop operating within the second time period (T2);
S2-3: control described motor according to described motion control instruction and rotate backward within the 3rd time period (T3), drive described display device to move towards second direction opposite to the first direction;
Described first direction is towards the direction of described watch window, and described second direction is the direction away from described watch window.
In the control method of vision training apparatus of the present invention, in described step S2, described processor exports by regulation output dutycycle the rotating speed that different described motion control instruction controls described motor, and described in described step S2-1, S2-3, the rotating speed of motor adjusts by the associative mode of described mode selection command.
In the control method of vision training apparatus of the present invention, by mode selection command described in described key-press input.
In the control method of vision training apparatus of the present invention, the pattern that described mode selection command is selected comprises automatic control mode and MANUAL CONTROL mode;
Under described MANUAL CONTROL mode, exporting described motion control instruction by operating described button, driving described display device towards first direction or second direction motion;
Under described automatic control mode, described processor calls stored automatic control mode, exports corresponding described motion control instruction, drives described display device towards first direction or second direction motion.
In the control method of vision training apparatus of the present invention, under described automatic control mode, described processor, according to the distance of the movement velocity of described driving device and described display device, controls described display device and moves in extreme position; Or described processor controls described towards first direction or second direction motion according to setting-up time.
In the control method of vision training apparatus of the present invention, under described automatic control mode, also comprise timing controlled step: described processor is when automatically controlling Preset Time and arriving, and output stop control signal, controls described driving device and/or display device quits work.
In the control method of vision training apparatus of the present invention, under described MANUAL CONTROL mode, described processor judges whether described display device is in extreme position, when described display device is in extreme position, export halt instruction, quit work to control described driving device.
In the control method of vision training apparatus of the present invention, described processor judges whether the input of the same operation push-button continued reaches setting-up time; Then be judged as being in extreme position.
In the control method of vision training apparatus of the present invention, described driving device is also provided with the extreme position sense switch be connected with described processor, when described display device arrives described sense switch position, described processor, according to the signal of described sense switch, controls described driving device and drives described display device oppositely move or stop.
In the control method of vision training apparatus of the present invention, under described MANUAL CONTROL mode, described processor judges whether described button has input, and when being judged as not inputting, described processor controls described driving device to be stopped exporting.
In the control method of vision training apparatus of the present invention, under described MANUAL CONTROL mode, comprise one or more in F.F. instruction, rewind instruction, pause instruction, switch order by the motion control instruction of described key-press input;
Described Play Control instruction comprise in play instruction, volume adjusting instruction, menu selection command one or more.
In the control method of vision training apparatus of the present invention, described processor is provided with memory module; Described method also comprises reminiscence step: when described vision training apparatus stops, record the operating position of described driving device, and when described vision training apparatus restarts, call recorded operating position, control described driving device and drive described display device to move to stop position; And/or
When described vision training apparatus stops, recording the broadcast nodes of described video signal, and when described vision training apparatus restarts, call recorded broadcast nodes information, control to continue to play described video signal from broadcast nodes.
In the control method of vision training apparatus of the present invention, the second display device that described display device comprises the first display device and becomes set angle to arrange with described first display device; Described driving device comprises the first driving device driving described first display device movement and the second driving device driving described second display device movement; Described first driving device and the second driving device drive described first display device and the second display device to move along " V " type track;
In described step S2, described first driving device is synchronous with described second driving device or control described first display device and the second display device movement respectively.
In the control method of vision training apparatus of the present invention, the method also comprises step S4: described processor, by one or more in USB interface, SD card interface, video interface, accesses screen signal.
In the control method of vision training apparatus of the present invention, described video signal is the light spot signal, 2D video signal and/or the 3D video signal that show in described display device.
In the control method of vision training apparatus of the present invention, described vision training apparatus also comprises audio playing apparatus; While described method is also included in step S3 broadcast video signal, control described audio playing apparatus playing audio signal;
Described method also comprises reminiscence step: described processor is provided with memory module, when described vision training apparatus stops, recording the broadcast nodes of described audio signal; And when described vision training apparatus restarts, call the broadcast nodes information of recorded audio signal, continue to play described audio signal from broadcast nodes.
The present invention also provides a kind of vision training apparatus, the processor comprise display device, drive the driving device of described display device movement, being connected with described display device and driving device, the button be connected with described processor and the watch window observing described display device; Described processor comprises processing module, automatic mode calling module, memory module, driver module and transmit control module;
Described memory module is used for storing moving pattern;
Described automatic mode calling module is connected with described memory module, processing module, for the mode selection command according to described processing module process, from memory module, call corresponding motor pattern be back to described processing module, and control described driver module action by described processing module according to selected motor pattern output motion control instruction, drive described driving device to move;
Described driver module is connected with described driving device, processing module, for driving described driving device action according to the motion control instruction of described processing module;
Described transmit control module is connected with described processing module, for controlling the broadcasting of video and/or audio;
Described processing module is connected with described button, for the input signal according to button, controls described automatic mode calling module, memory module, driver module and transmit control module work.
In the vision training apparatus of invention, the instruction of described key-press input comprises mode selection command, Play Control instruction, Non-follow control instruction;
Described processing module controls described automatic mode calling module according to described mode selection command and calls corresponding motor pattern, or, according to described Non-follow control instruction direct controlling and driving module work;
Described processing module controls described transmit control module according to described Play Control instruction and carries out Play Control.
In the vision training apparatus of invention, described vision training apparatus also comprises the USB interface, sd card interface, one or more in video interface that are connected with described processing module, and the video and/or audio signal of described processing module USB interface, sd card interface or video interface access according to described Play Control instruction calls is play.
Implement the present invention and there is following beneficial effect: driving device drives display device to move by selected motor pattern according to different motion control instruction, thus can according to the different eye states of user, adjust the motion mode of display device, as translational speed, distance etc., make eyes can obtain different training, to improve training effect, there is advantage easy to use, to adapt to different requirement.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is an embodiment schematic block diagram of vision training apparatus of the present invention;
Fig. 2 is the schematic flow sheet of an embodiment of the control method of vision training apparatus of the present invention.
Detailed description of the invention
As shown in Figure 1, in an embodiment of vision training apparatus of the present invention, driving device 20, the processor 30 be connected with display device 10 and driving device 20, the button 40 be connected with processor 30 and the watch window observing display device 10 that this vision training apparatus comprises display device 10, drives display device 10 to move.During use, display device 10 is by driving device 20 brought into motion, and user by watch window viewing display device 10, and then carries out visual exercise.
This display device 10, driving device 20 can be arranged in a shell, and watch window is arranged on the open side of this shell, so that user is by this watch window viewing display device 10.Certainly, this watch window also can be provided with lens, so that better watch the image in display device 10.
This display device 10 can select small liquid crystal display, is driven, move in a first direction and a second direction by driving device 20.This first direction, second direction can be respectively near or away from the direction of watch window.
This driving device 20 comprises can the motor of rotating and the drive mechanism by driven by motor, drives display device 10 to move by drive mechanism.This drive mechanism can adopt various drive mechanism, as gear, tooth bar, worm gear, worm screw, screw mandrel etc.
Further, the drive mechanism of this driving device 20 can also be provided with extreme position sense switch.This extreme position sense switch is connected with processor 30, whether arrives its limit of sports record for detection display device 10.Understandable, this extreme position sense switch can adopt photoelectric sensor, position sensor etc. various to level sensor, when display device 10 reaches the limit of position detecting switch position, this extreme position sense switch exports the signal that puts in place, processor 10 carrys out the motor reversal of accessory drive 20 according to this signal that puts in place, to drive display device oppositely movement.
In the present embodiment, this display device 10 comprise arrange at an angle the first display device, the second display device; Corresponding, this driving device 20 comprises the first driving device, the second driving device.This first driving device and the second driving device drive the first display device and the second display device to move respectively.Understandable, this first driving device and the second driving device can be synchronized with the movement or be controlled individually to move by processor 30.
User inputs various instruction to control the motion of display device 10 by button 40, and the instruction of input comprises mode selection command, Play Control instruction, Non-follow control instruction.Mode selection command is for selecting manual mode or automatic mode; Play Control instruction is for selecting the source, playing sequence, speed etc. of video and/or audio; Non-follow control instruction, for inputting the action of manual direct controlling and driving device 20, drives display device 10 to move.
This processor 30 is as the control centre of whole vision training apparatus, can arrange in the enclosure, also can be arranged on separately in the controller outside shell, comprise processing module 31, automatic mode calling module 32, memory module 33, driver module 34 and transmit control module 35 etc.
This memory module 33, for control sequence, storing moving pattern etc., is called for processing module 31.The data such as the video signal that calls for transmit control module 35 and/or audio signal can also be stored in this memory module 33.This video signal can be light spot signal, 2D video signal and/or the 3D video signal etc. that show in display device 10.
Understandable, this memory module 33 can be built in this processor 30, also can be one or more that be connected with processor 30, independent memorizer.When vision training apparatus quits work, the information such as the operating position of driving device 20 and/or the broadcast nodes of video signal can be recorded, and store with memory module 33.Further, when vision training apparatus restarts, processor 30 calls recorded operating position and/or broadcast nodes information etc., and accessory drive 20 drives display device 10 to move to stop position, and continues broadcast video signal from broadcast nodes.
Understandable, this vision training apparatus can also comprise the USB interface, sd card interface, one or more in video interface that are connected with processing module 31, and the video and/or audio data that processing module 31 accesses according to Play Control instruction calls USB interface, sd card interface or video interface is play.
This automatic mode calling module 32 is connected with memory module 33, processing module 31, for the mode selection command processed according to processing module 31, from memory module 33, call corresponding motor pattern be back to processing module 31, and controlling driver module 34 action by processing module 31 according to selected motor pattern, driver 20 is moved.
This driver module 34 is connected with driving device 20, processing module 31, for carrying out driver 20 action according to the control instruction of processing module 31;
This transmit control module 35 is connected with processing module 31, for controlling the broadcasting of video and/or audio;
Processing module 31 is connected with button 40, for the input signal according to button 40, controls automatic mode calling module 32, memory module 33, driver module 34 and transmit control module 35 and works.
In an embodiment of the control method of vision training apparatus of the present invention, this control method may be used in the vision training apparatus of previous embodiment.The method comprises the following steps: S1: the mode selection command that processor 30 inputs according to button 40 exports motion control instruction and/or Play Control instruction; S2: driving device 20 drives display device 10 to move according to the corresponding motor pattern of mode selection command according to motion control instruction; S3: the video signal that display device 10 is corresponding according to Play Control instruction display.Driving device 20 drives display device 10 to move by selected motor pattern according to different motion control instruction, thus can according to the different eye states of user, adjust the motion mode of display device 10, as translational speed, distance etc., make eyes can obtain different training, to improve training effect.
In this step S1, can input different instructions by button 40, the instruction of input comprises mode selection command, Play Control instruction, Non-follow control instruction etc.Wherein, mode selection command is for selecting manual mode or automatic mode; Play Control instruction is for selecting the source, playing sequence, speed etc. of video and/or audio; Non-follow control instruction, for inputting the action of manual direct controlling and driving device 20, drives display device 10 to move, comprises one or more in F.F. instruction, rewind instruction, pause instruction, switch order by the motion control instruction of key-press input; Play Control instruction comprise in play instruction, volume adjusting instruction, menu selection command one or more; Processor 30 controls corresponding device according to these instructions and carries out work, aftermentioned in detail.
What processor 30 judged selection is automatic mode or manual mode, when judge input be chosen as automatic mode time, processing module 31 is called corresponding motor pattern according to mode selection command and is back to processing module 31 from memory module 33, and controlling driver module 34 action by processing module 31 according to selected motor pattern, driver 20 is moved.
Such as, as Fig. 2, user by button 40 input pattern selection instruction, selects automatic mode or manual mode by choice menus, and when selecting automatic mode, processor 30 judges that the selection signal of input is automatic mode; Then, user selects the motor pattern needed from the menu of automatic mode according to choice menus, and processor 30 calls corresponding motor pattern according to selected motor pattern and is back to processing module 31 from memory module.
The motor pattern selected can set as required, such as, driving device 20 comprises can the motor of rotating, the first motor pattern is the motor pattern advancing, stop, returning: first-selected, according to motion control instruction, processing module 31 controls motor and rotates forward in first time period (T1), drives display device 10 to move towards first direction; Then, control motor to stop operating within the second time period (T2); Then, control motor and rotate backward within the 3rd time period (T3), drive display device 10 to move towards the second direction contrary with first direction; By repeating above-mentioned action, eye training can be carried out.
This first direction is towards the direction of watch window, and second direction is the direction away from watch window.This first time period T1, the second time period T2, the 3rd time period T3 can be set as the different time as required.Such as, power on-" controling parameters initialization-" fall back operation stopping-afterwards in about 7 seconds " run back and forth once, stop about 6.5 seconds-" run forward about 3 seconds, stop about 2.5 seconds-" draw back about 1.5 seconds fast to lower curtate-" wait for about 6.5 seconds-again " motor runs forward about 3 seconds again, stop about 1.5 seconds-" draw back about 1.5 seconds fast to lower curtate, stop about 6.5 seconds.
Understandable, the rotating speed of motor can be controlled to control the translational speed, the time of staying etc. of display device 10.Such as, motion control instruction is by the rotating speed of regulation output Duty ratio control motor, and in above-mentioned steps, the rotating speed of motor presses the associative mode adjustment of mode selection command.
In the present embodiment, the speed of motor has 1-6 step velocity adjustable:
The waiting time of 1 grade: the cycle: about 28.2ms (high level is about 10.6ms, and low level is about 17.6ms) wherein conversion of phase sequence is about 3.4ms.
The waiting time of 2 grades: the cycle: about 26ms (high level is about 9.6ms, and low level is about 16.4ms) wherein conversion of phase sequence is about 3.2ms.
The waiting time of 3 grades: the cycle: about 23.8ms (high level is about 8.8ms, and low level is about 15ms) wherein conversion of phase sequence is about 2.8ms.
The waiting time of 4 grades: the cycle: about 22ms (high level is about 8.2ms, and low level is about 13.8ms) wherein conversion of phase sequence is about 2.6ms.
The waiting time of 5 grades: the cycle: about 19.8ms (high level is about 7.4ms, and low level is about 12.4ms) wherein conversion of phase sequence is about 2.4ms.
The waiting time of 6 grades: the cycle: about 17.8ms (high level is about 6.6ms, and low level is about 11.2ms) wherein conversion of phase sequence is about 2.2ms.
User can input instruction by button 40, selects different motor speeds, thus obtains different training effects.Under automatic control mode, processor 30, according to the distance of the movement velocity of driving device 20 and display device 10, controls display device 10 and moves in extreme position; Or processor 30 controls towards first direction or second direction motion according to setting-up time, thus ensures that display device 10 is moved between its extreme position set.
Further, in this vision training apparatus, can also timer be set, user is by timing controlled setting steps, the Preset Time of setting timer operation, processor is when automatically controlling Preset Time and arriving, export stop control signal, accessory drive 20 and/or display device 10 quit work.
Certainly, the MANUAL CONTROL mode that user also can be selected by mode selection command, under MANUAL CONTROL mode, exports motion control instruction by operation push-button 40, drives display device 10 towards first direction or second direction motion.
Under MANUAL CONTROL mode, processor 30 judges whether display device 10 is in extreme position, when display device 10 is in extreme position, exports halt instruction, quits work with accessory drive 20.In the present embodiment, processor 30 judges whether the input of the same operation push-button 40 continued reaches setting-up time; Then be judged as being in extreme position.When judging that display device 10 is in extreme position, processor 30 stops operating after controlling electric machine rotation certain hour, in order to avoid the damage of motor.
Understandable, also can judge whether display device 10 is in extreme position by arranging extreme position sense switch, when display device 10 arrives sense switch position, processor 30 is according to the signal of sense switch, accessory drive 20 drives display device 10 oppositely movement, or stops.
Further, under MANUAL CONTROL mode, processor 30 is by judging whether button 40 has input, and when being judged as not inputting, processor 30 accessory drive 20 stops exporting, thus display device 10 can be made to rest on optional position.
Further, processor 30 can also be provided with memory module.This control method also comprises reminiscence step: when vision training apparatus stops, the operating position of record driving device 20, and when vision training apparatus restarts, calling recorded operating position, accessory drive 20 drives display device 10 to move to stop position; And/or
When vision training apparatus stops, the broadcast nodes of recorded video signal, and when vision training apparatus restarts, call recorded broadcast nodes information, control to continue broadcast video signal from broadcast nodes; And/or
When vision training apparatus stops, the broadcast nodes of recorde audio signal; And when vision training apparatus restarts, call the broadcast nodes information of recorded audio signal, from broadcast nodes, continue playing audio signal.
Further, the display device 10 of this vision training apparatus comprises the first display device and the second display device.This first display device becomes set angle to arrange with the second display device.Corresponding, driving device 20 comprises the first driving device of driving first display device movement and drives the second driving device of the second display device movement.This first driving device and the second driving device drive the first display device and the second display device to move along " V " type track, that is, the first display device and the second display device are to when moving near user direction, and both distances reduce gradually; First display device and the second display device are to when moving away from user direction, and both distances increase gradually.
Understandable, this first driving device can be synchronous or asynchronous with the motion of the second driving device, thus drive the first display device and the second display device synchronously near or move away from user direction, or, successively asynchronous movement near or move away from user direction.
Further, when user uses this vision training apparatus, this display device 10 is controlled by processor 30, plays corresponding video signal according to Play Control instruction; While broadcast video signal, control audio playing apparatus playing audio signal.This video signal, audio signal can pass through the one or more accesses in USB interface, SD card interface, network interface, and are stored in vision training apparatus, and when playing, user by selecting calls corresponding video signal, audio signal.Certainly, this video signal, audio signal also can directly directly be accessed by USB interface, SD card interface, video interface, and processor 30 directly calls the video signal, audio signal etc. of USB interface, SD card interface, video interface access.
Understandable, above embodiment only have expressed the preferred embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention; It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can carry out independent assortment to above-mentioned technical characterstic, can also make some distortion and improvement, these all belong to protection scope of the present invention; Therefore, all equivalents of doing with the claims in the present invention scope and modification, all should belong to the covering scope of the claims in the present invention.
Claims (20)
1. a control method for vision training apparatus, described vision training apparatus comprises display device, drives the driving device of described display device movement, the processor be connected with described display device and driving device, the button be connected with described processor and the watch window observing described display device; It is characterized in that, comprise the following steps:
S1: described processor exports motion control instruction and/or Play Control instruction according to the mode selection command of described key-press input;
S2: described driving device drives described display device according to the corresponding athletic performance campaign with described mode selection command according to described motion control instruction; And/or
S3: the video signal that described display device is corresponding according to described Play Control instruction display.
2. the control method of vision training apparatus according to claim 1, is characterized in that,
Described driving device comprises can the motor of rotating; In described step S2, comprising:
S2-1: control described motor according to described motion control instruction and rotate forward in first time period (T1), drive described display device to move towards first direction;
S2-2: control described motor according to described motion control instruction and stop operating within the second time period (T2);
S2-3: control described motor according to described motion control instruction and rotate backward within the 3rd time period (T3), drive described display device to move towards second direction opposite to the first direction;
Described first direction is towards the direction of described watch window, and described second direction is the direction away from described watch window.
3. the control method of vision training apparatus according to claim 2, it is characterized in that, in described step S2, described processor exports by regulation output dutycycle the rotating speed that different described motion control instruction controls described motor, and described in described step S2-1, S2-3, the rotating speed of motor adjusts by the associative mode of described mode selection command.
4. the control method of vision training apparatus according to claim 1, is characterized in that, by mode selection command described in described key-press input.
5. the control method of vision training apparatus according to claim 4, is characterized in that, the pattern that described mode selection command is selected comprises automatic control mode and MANUAL CONTROL mode;
Under described MANUAL CONTROL mode, exporting described motion control instruction by operating described button, driving described display device towards first direction or second direction motion;
Under described automatic control mode, described processor calls stored automatic control mode, exports corresponding described motion control instruction, drives described display device towards first direction or second direction motion.
6. the control method of vision training apparatus according to claim 5, it is characterized in that, under described automatic control mode, described processor, according to the distance of the movement velocity of described driving device and described display device, controls described display device and moves in extreme position; Or described processor controls described towards first direction or second direction motion according to setting-up time.
7. the control method of vision training apparatus according to claim 6, it is characterized in that, under described automatic control mode, also comprise timing controlled step: described processor is when automatically controlling Preset Time and arriving, output stop control signal, controls described driving device and/or display device quits work.
8. the control method of vision training apparatus according to claim 5, it is characterized in that, under described MANUAL CONTROL mode, described processor judges whether described display device is in extreme position, when described display device is in extreme position, export halt instruction, quit work to control described driving device.
9. the control method of vision training apparatus according to claim 8, is characterized in that, described processor judges whether the input of the same operation push-button continued reaches setting-up time; Then be judged as being in extreme position.
10. the control method of vision training apparatus according to claim 8, it is characterized in that, described driving device is also provided with the extreme position sense switch be connected with described processor, when described display device arrives described sense switch position, described processor, according to the signal of described sense switch, controls described driving device and drives described display device oppositely move or stop.
The control method of 11. vision training apparatus according to claim 5, it is characterized in that, under described MANUAL CONTROL mode, described processor judges whether described button has input, when being judged as not inputting, described processor controls described driving device to be stopped exporting.
The control method of 12. vision training apparatus according to claim 5, it is characterized in that, under described MANUAL CONTROL mode, comprise one or more in F.F. instruction, rewind instruction, pause instruction, switch order by the motion control instruction of described key-press input;
Described Play Control instruction comprise in play instruction, volume adjusting instruction, menu selection command one or more.
The control method of 13. vision training apparatus according to claim 1, is characterized in that, described processor is provided with memory module; Described method also comprises reminiscence step: when described vision training apparatus stops, record the operating position of described driving device, and when described vision training apparatus restarts, call recorded operating position, control described driving device and drive described display device to move to stop position; And/or
When described vision training apparatus stops, recording the broadcast nodes of described video signal, and when described vision training apparatus restarts, call recorded broadcast nodes information, control to continue to play described video signal from broadcast nodes.
The control method of 14. vision training apparatus according to claim 1, is characterized in that, the second display device that described display device comprises the first display device and becomes set angle to arrange with described first display device; Described driving device comprises the first driving device driving described first display device movement and the second driving device driving described second display device movement; Described first driving device and the second driving device drive described first display device and the second display device to move along " V " type track;
In described step S2, described first driving device is synchronous with described second driving device or control described first display device and the second display device movement respectively.
The control method of 15. vision training apparatus according to claim 1, it is characterized in that, the method also comprises step S4: described processor, by one or more in USB interface, SD card interface, video interface, accesses screen signal.
The control method of 16. vision training apparatus according to claim 1, is characterized in that, described video signal is the light spot signal, 2D video signal and/or the 3D video signal that show in described display device.
The control method of 17. vision training apparatus according to claim 1, is characterized in that, described vision training apparatus also comprises audio playing apparatus; While described method is also included in step S3 broadcast video signal, control described audio playing apparatus playing audio signal;
Described method also comprises reminiscence step: described processor is provided with memory module, when described vision training apparatus stops, recording the broadcast nodes of described audio signal; And when described vision training apparatus restarts, call the broadcast nodes information of recorded audio signal, continue to play described audio signal from broadcast nodes.
18. 1 kinds of vision training apparatus, the processor comprise display device, drive the driving device of described display device movement, being connected with described display device and driving device, the button be connected with described processor and the watch window observing described display device; It is characterized in that, described processor comprises processing module, automatic mode calling module, memory module, driver module and transmit control module;
Described memory module is used for storing moving pattern;
Described automatic mode calling module is connected with described memory module, processing module, for the mode selection command according to described processing module process, from memory module, call corresponding motor pattern be back to described processing module, and control described driver module action by described processing module according to selected motor pattern output motion control instruction, drive described driving device to move;
Described driver module is connected with described driving device, processing module, for driving described driving device action according to the motion control instruction of described processing module;
Described transmit control module is connected with described processing module, for controlling the broadcasting of video and/or audio;
Described processing module is connected with described button, for the input signal according to button, controls described automatic mode calling module, memory module, driver module and transmit control module work.
19. vision training apparatus according to claim 18, is characterized in that, the instruction of described key-press input comprises mode selection command, Play Control instruction, Non-follow control instruction;
Described processing module controls described automatic mode calling module according to described mode selection command and calls corresponding motor pattern, or, according to described Non-follow control instruction direct controlling and driving module work;
Described processing module controls described transmit control module according to described Play Control instruction and carries out Play Control.
20. vision training apparatus according to claim 19, it is characterized in that, described vision training apparatus also comprises the USB interface, sd card interface, one or more in video interface that are connected with described processing module, and the video and/or audio signal of described processing module USB interface, sd card interface or video interface access according to described Play Control instruction calls is play.
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| PCT/CN2014/091808 WO2016078059A1 (en) | 2014-11-20 | 2014-11-20 | Visual training device control method, and visual training device |
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| CN110496019B (en) * | 2019-09-16 | 2024-03-22 | 姬海民 | Portable vision training instrument and vision training method |
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| WO2016078059A1 (en) | 2016-05-26 |
| CN105517626B (en) | 2018-09-14 |
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